On microwave imagery using Bojarski's identity

Theoretical and experimental studies of microwave imagery of a perfectly conducting convex object of a size larger than the incident wavelength are presented. Experimental data were measured in the frequency range 4-10 GHz. Calculations were done with N.N. Bojarski's identity (1982), one-dimensional Fourier inversion of the range-normalized scattered far field, and a back-projection algorithm. The images show the distribution of specular reflection regions on the surface of the object.<
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